Magnetic micro- and nanodisks represent a peculiar class of systems that combines the benefits of both thin films and nanoparticles, thus representing a bridge between them. The progress in designing, fabricating, and manipulating micro- and nanodisk systems is continuously enhancing the ability to tailor their properties, opening new opportunities to use them in fundamental studies and to explore new frontiers in materials science, physics, and other related fields
Magnetic Micro- and Nanodisks: A Bridge Between Thin Films and Nanoparticles
Laureti, S.
;Varvaro, G.;Peddis, D.
2024
Abstract
Magnetic micro- and nanodisks represent a peculiar class of systems that combines the benefits of both thin films and nanoparticles, thus representing a bridge between them. The progress in designing, fabricating, and manipulating micro- and nanodisk systems is continuously enhancing the ability to tailor their properties, opening new opportunities to use them in fundamental studies and to explore new frontiers in materials science, physics, and other related fieldsFile in questo prodotto:
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[2024]_Chapter Magnetic Disks.pdf
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